Gemini Robotics is Google's suite of models developed to integrate advanced AI reasoning with the physical world through robotics.
Built on Gemini 2.0, Gemini Robotics enables robots to execute complex tasks by combining Vision-Language-Action (VLA) capabilities.
The models excel at generalizing tasks, adapting to varying environments, and handling unforeseen challenges without extensive retraining.
Embodied reasoning in Gemini Robotics bridges the gap between digital reasoning and physical interaction, enhancing robots' understanding of the real world.
Key components of embodied reasoning include object detection, grasp prediction, 3D understanding, and dexterity for fine motor skills.
Gemini Robotics exhibits advanced dexterity for tasks like folding clothes and adapts to new tasks with few-shot learning and novel robot embodiments.
The models boast zero-shot control through code generation and can rapidly adapt to new tasks in changing environments.
Gemini Robotics has diverse applications in industries like manufacturing, caregiving, and entertainment, promising a future of versatile and capable robots.
By combining AI reasoning with physical interaction, Gemini Robotics represents a significant advancement in the field of robotics.
The suite's features like zero-shot control and few-shot learning pave the way for robots to play integral roles in various sectors, reshaping the future of robotics.